What is the resulting step up ratio in the schematic below ?
https://www.dropbox.com/s/j1pquob7tey2lok/step%20Up%20XFrmr%20Schmtc%20Mouser.jpg
Kind thanks,
Eddie
https://www.dropbox.com/s/j1pquob7tey2lok/step%20Up%20XFrmr%20Schmtc%20Mouser.jpg
Kind thanks,
Eddie
Where did you get the number 460 from? and where did you get the number six from?
Kind thanks,
Eddie
Hi,
the 6V- or lowvoltage side of the transformers is connected to the Amp.
All 4 windings ar connected in parallel.
So the input is common to all 4 windings, hence the 6 in the equation.
The 115V- or highvoltage side of the transformer is connected to the stators of the ESL.
All 4 windings are connected in series.
The voltage rating of each winding add up to 4x115 or 460V.
Hence the 460 in the equation.
In praxis the number will be lower, since no transformer is ideal.
You'll get a more practical figure by multiplying with the efficiency value of that special transformer, typically between 85 and 95%.
Expect a practical result somewhere around 1:65-1:70.
jauu
Calvin
the 6V- or lowvoltage side of the transformers is connected to the Amp.
All 4 windings ar connected in parallel.
So the input is common to all 4 windings, hence the 6 in the equation.
The 115V- or highvoltage side of the transformer is connected to the stators of the ESL.
All 4 windings are connected in series.
The voltage rating of each winding add up to 4x115 or 460V.
Hence the 460 in the equation.
In praxis the number will be lower, since no transformer is ideal.
You'll get a more practical figure by multiplying with the efficiency value of that special transformer, typically between 85 and 95%.
Expect a practical result somewhere around 1:65-1:70.
jauu
Calvin
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